Steam pressure regulators - Import export

The sliding gate manual valve type 8050 in long design with on/off and control operation is suitable for a wide range of process applications. Media such as steam, liquids, gases, etc. can be shut off safely with low actuating force and can be controlled excellently.

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The pressure regulator versions with bleeder ports can be used for pressurized air or neutral gases. Due to their plastic housing these pressure regulators are light-weight and inexpensive. These pressure regulators are installed via flange connection on the bottom side. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. Connection is done by 1/8“ NPTF inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These miniature pressure regulators fit into applications with low space requirements and low pressure levels. They work reliable and have a long life expectancy. A rotary knob is used to set the pressure level. The pressure regulator versions with bleeder ports can be used for pressurized air or neutral gases. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. A rotary knob is used to set the pressure level. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. These pressure regulators can be connected by G1/8 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. Connection is done by 1/8“ NPTF inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The pressure regulator versions with bleeder ports can be used for pressurized air or neutral gases. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These miniature pressure regulators fit into applications with low space requirements and low pressure levels. They work reliable and have a long life expectancy. A rotary knob is used to set the pressure level. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. A rotary knob is used to set the pressure level. The pressure regulator versions with bleeder ports can be used for pressurized air or neutral gases. These pressure regulators are built with a very robust brass housing. These pressure regulators can be connected by G1/8 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. A rotary knob is used to set the pressure level. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. These pressure regulators can be connected by G1/8 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

The self operated pressure regulator Type 8011 in a reinforced version with closed spring cover in the form of a pressure reducing valve (downstream pressure regulator) or an excess flow valve (upstream pressure regulator) is used in a wide range of process engineering control tasks. Media such as steam, liquids, gases, etc. can be excellently controlled without auxiliary energy.

The self operated pressure regulator type 8011 with closed spring cover in the form of a pressure reducing valve (downstream pressure regulator) or an excess flow valve (upstream pressure regulator) is used in a wide range of process engineering control tasks. Media such as steam, liquids, gases, etc. can be excellently controlled without auxiliary energy.

Compressor safety valve, rated at 200 PSI.

Compressor regulator valve, 1/4 inch NPT.

Accelerate the hardening process of your concrete product Would you like to increase your productivity? Use a low-pressure steam generator! Under normal conditions the final hardening level is reached after 28 days. By the aid of a low-pressure steam generator we accelerate the hardening process without quality loss of the concrete. The concrete product is already hardened enough to be demoulded after 12 hours. It is no rocket science to see that this machine can increase your production output tremendously! The low-pressure steam generator is used for heating, curing, hardening, defrosting, cleaning and disinfecting.

Jet Flow venturi desuperheaters consist of a Laval nozzle which utilises a part of the incoming steam flow to create a reduced pressure zone into which spray water is drawn and atomised by steam energy, and then exits in a short expanding throat which allows pressure recovery. The desuperheating performance remains constant at all loads from 100% or less, because of the atomising steam effect of the steam jet. The design is unique such that the spray water can be supplied at the same pressure as that of the steam pressure. High turndowns are possible depending upon installations

Armas “PR” model pressure reducing control valve is the hydraulic control valve which reduces high upstream pressure value into desired lower pressure value by means of built-in pressure reducing pilot valves. Pressure reducer control valve controls downstream pressure value continuously and maintains it constant without being affected from flow rate and upstream pressure values. When no flow exists in the system, it is closer by itself automatically. When valve upstream pressure value decreases below adjusted downstream pressure value, it is opened fully by itself. Valve may be user in vertical and horizontal positions in the system.

Gas pressure regulators of the RDU type are designed to reduce and automatically maintain gas pressure “after itself” using the set value. Gas pressure regulators of the RDU type are used at the facilities for main gas pipelines: Gas distribution stations, Gas purification and dehydration installations, Compressor stations, Gas fields. Distinctive features of the RDU regulators: The simplicity of the device, Tightness at complete closure of the valve, Possibility to automate the reduction process. Upper setting limit, MPa/(bar)-1.2/(12) or 4.0/(40) depending on the setting device. Lower setting limit, MPa/(bar)-0.15/(1.5) or 1.2/(12) depending on the setting device. More information on our website.

Powerful and service reduced Dome Pressure Regulator applicable for mounting in pipeworks. Benefits: high pressure stability even when subject to fluctuations in withdrawal enables process reliability Pilot Control Tube (PCT) for particularly high constant outlet pressure applicable for almost all gases accurate dynamic regulation high flow rate Balanced Seat Design (BSD) for better control precision complete mounted, inclusive pressure gauge, pilot pressure regulator and fittings working pressure changable at any given moment (readjustable) – e.g. due to temperature fluctuations provides constant working pressure by dynamic control no disperse of pilot gas to the environment – closed system pressure gauges optionally in stainless steel and/or filled with glycerine indoor and outdoor installation connection for wall mounting panel easy installation and removal

Gas pressure regulators RD-M are designed to reduce and automatically maintain the gas pressure “after itself” at the set value. Gas pressure regulators of the RD-M type are used at the facilities for main gas pipelines: Gas distribution stations, Gas purification and dehydration installations, Compressor stations, Gas fields. Distinctive features of the RD-M regulator: Hydrate formation in the “seat-valve” contact zone does not affect the regulator operation. Tightness at full closing of the valve. Smooth regulation characteristics due to the use of an oil compensator. High accuracy of maintaining the set pressure. High maintainability (possibility to repair wearing parts without removing the regulator body from the reduction line). Possibility to automate the reduction process. Upper setting limit, MPa/(bar)-1.2/(12) or 4.0/(40) depending on the setting device. Lower setting limit, MPa/(bar)-0.15/(1.5) or 1.2/(12) depending on the setting device. More information on our website.

Our installation systems with integrated safety control block are suitable for installation in pressurized lines. The integrated safety control block consists of a volume flow reduction unit and a pressure reducing valve. These two components make this system become a cost-effective, very safe, and technically fast operating solution. The mounting to existing systems and machines can be completed in just a few minutes, because there are only 2 connections and mounting material is also part of the system.

Gas pressure regulators of the RDU-T type with a heat generator are designed for automatic regulation of gas pressure “after itself” of the set value at the facilities of high pressure gas pipelines. They are used at: Gas distribution stations. Gas purification and dehydration installations. Gas fields. Compressor stations, etc. The regulators are designed for operation at ambient temperatures from +50 C to -40 C and relative humidity up to 95% at a temperature of +35 C. Distinctive features of RDU-T regulators: The RDU-T regulators differ from the RDU regulators of the same class by the heating of the shut-off and regulating device in the zone of gas throttling using specially mounted heat generators which operate without an external energy source by taking a part of the kinetic and potential energy of the compressed main gas. The heating temperature is sufficient to prevent hydrate formation processes. More information on our website.

The gas pressure regulator of the RTBK type is designed for automatic regulation of gas pressure “after itself” at the facilities of high pressure gas pipelines, such as gas distribution stations, gas treatment and dehydration plants, gas fields, compressor stations, etc. The operating medium is natural gas and other gases that are not aggressive to regulator materials. Inlet working pressure: from 12 to 100 bar Output working pressure: from 1 to 12 bar Depending on the order, the modular regulator of the RTBK type can include the following elements: General-purpose body based on which the modular type regulator is built. Active module. Monitor module. Built-in shut-off valve. Shut-off valve as a separate element connected in series with the regulator body. Noise reduction module. And other technical combinations of modules and components. More information on our website.